Russia is locked in legal dispute with four other countries over rights to the mineral-rich areas in an under the North pole — areas which are slowly becoming accessible as a result of global warming; to make sure it gains ready access, Russia invests a new generation of nuclear ice breakers

Australia is the world’s fourth largest producer of hard coal, and Prime Minister Kevin Rudd says that Australia has a national and shared global responsibility to establish the workability of carbon capture and storage technology at a commercial scale

FLIR’s thermal technology is used in both defense and energy conservation applications; the stimulus package-related large investments in energy efficiency and continued robust defense and homeland security budgets combine to make the company an attractive target for investors

U.K. companies have formed a consortium to bid for construction of the main reactor vacuum vessel of the €5 billion (£4.6 billion) International Tokamak Experimental Reactor (ITER) nuclear fusion reactor

During this century, nuclear plant decommissioning in the United Kingdom will likely produce thousands of waste packages that will be retrieved, conditioned, and stored for no less than £40 billion; BNS develops new way to reduce storage and handling costs of radioactive material

Dounreay was the site of a brave, new idea — a fast breeder nuclear reactor which would convert an unusable form of uranium to plutonium which could be recycled and turned into new reactor fuel; it would, that is, breed its own fuel, offering the prospect of electricity in abundance; it has not worked out that way; now it is the site of a big decommissioning effort

The future of the Yucca Mountain nuclear waste repository appears grim; Obama campaigned against the project, which is already more the 10 years behind schdule; new scientific evidence showing that water flows through Yucca Mountain much faster than initially believed raises the prospect that the nuclear waste would leach over time

A new nuclear reactor design — called Traveling-Wave reactor — is noteworthy for three things: it comes from a privately funded research company, not the government; it would run on what is now waste, thus reducing dramatically the nuclear waste and weapon proliferation problems; and it could theoretically run for a couple of hundred years without refueling

Sweden had planned to phase out its nuclear energy capacity, ending it in about twenty to thirty years’ time or when the installations came to the end of their lives; government announced that “The phase-out law will be abolished. The ban in the nuclear technology law on new construction will also be abolished”